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首页> 外文期刊>Tribology Transactions >Tribological Behavior of Ceramic Surface Layers of Ring and Box Spinning Machines Aluminum Elements Rubbing against Yarn
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Tribological Behavior of Ceramic Surface Layers of Ring and Box Spinning Machines Aluminum Elements Rubbing against Yarn

机译:环箱纺纱机陶瓷层铝摩擦纱线的摩擦学性能。

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摘要

The paper deals with the influence of hard anodizing coatings on ring and box spinning machines aluminum elements rubbing against the yarn upon the wear of these parts and the quality of the yarn. The process of hard anodic oxidation substantially increases the durability of the chosen parts of spinning frames, i.e., the spindles and rotors. For example, the wear intensity of collecting groove of the rotor without the oxides coating was found to be of 0.42 μm/h, after about 6000 h of work, while after the process of anodic oxidation it decreased to 0.0022 μm/h. On the other hand, in case of a ring spinning frame the wear intensity of the surface of the spindle coat neck without the oxides coating amounted to 0.068 μm/h, while after anodic oxidation it decreased to 0.00048 μm/h.
机译:本文探讨了硬质阳极氧化涂层对环锭纺纱机和箱式纺纱机的影响,即铝元素与纱线摩擦对这些部件的磨损和纱线质量的影响。硬质阳极氧化的过程大大提高了纺纱机的选定部件(即锭子和转子)的耐用性。例如,在工作约6000小时后,发现没有氧化物涂层的转子集流槽的磨损强度为0.42μm/ h,而在阳极氧化过程之后,磨损强度降至0.0022μm/ h。另一方面,在环锭细纱机的情况下,没有氧化物涂层的纺锤涂层颈部表面的磨损强度为0.068μm/ h,而在阳极氧化后,磨损强度下降为0.00048μm/ h。

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